使用方法
5SHY35L4503 控制系统备件控制终端（LCT）用于监测和控制带有AC 800PEC控制的MEGADREVE-LCI变速驱动器和起动器。它作为门面板安装在变频器上，用于本地控制。LCT的前视图显示操作屏幕设置面板配置–用户语言选择–密码处理–常规设置静态屏幕元素以下信息始终可见：，独立于所选屏幕：–系统状态–当前访问级别的指示–屏幕选择的菜单栏–实际设置点的控制/指示显示连接点的LCT侧视图尺寸（WxHxD）：483x355x90 mm，重量：7.3 kg©版权所有2010 ABB。保留所有权利。规格如有更改，恕不另行通知。3BHT490594R0001版本A有关更多信息，请联系：ABB Switzerland Ltd中压驱动器CH-5300 Turgi电话：+41 58 589 27 95传真：+41 8 589 29 84 用屏幕示例图（系统概述）–简单快速的系统概述–实际值，如线路和电机电压、电流、功率、功率因数、，频率等–可配置控制按钮操作–六个显示为模拟仪表的可选信号–可配置的控制按钮参数–读取和设置参数–以选定语言描述主要参数–参数导出和导入功能瞬态记录器–启动和跳闸记录器记录每次启动的预选信号（10 ms采样率）和跳闸（1 ms采样率溶质最大额定值（1）超过工作自由空气
使用数据
温度范围（除非另有说明）最小最大单元输入电压VIN–0.3 6 V VEN–0.3 VIN+0.3 V工作温度，TA–55 150°C结温，Tj 150°C储存温度，Ttg–65 150°C（1）JEDEC文件JEP155规定，500-V HBM允许使用标准ESD控制工艺进行安全生产。（2） JEDEC文件JEP157指出，250-V CDM允许使用标准ESD控制工艺进行安全生产。7.2 ESD额定值单位V（ESD）静电放电人体模型（HBM），符合ANSI/ESDA/JEDEC JS-001（1）±1000 V充电设备模型（CDM），符合JEDEC规范JESD22-C101（2）±250 7.3推荐操作条件最小标称最大单位VIN电源输入电压（IOUT=0 mA）REF6225 3 5.5 REF6230、REF6233、REF641，REF6245 VOUT+0.25 5.5 V REF6250 5.3 5.5 VEN启用电压0 VIN V IL输出电流REF6225、REF6230、REF633、REF641–4 4 REF6245-3.5 3.5 mA REF6250-33 TA工作温度0 25 70°C（1）有关传统和新热指标的更多信息，请参阅半导体和IC封装热指标应用报告。7.4热信息热计量（1）REF62xx DGK（VSSOP）单元8引脚RθJA结至环境热阻158.5°C/W RθJC（底部）热阻N/A°C/W 5 REF6225、REF6230、REF633、REF641、REF62 45、REF6 250 SBOS748–2016年9月产品文件夹链接：
usage method
5SHY35L4503 control system spare parts control terminal (LCT) is used to monitor and control MEGADREVE-LCI variable speed driver and starter with AC 800PEC control. It is installed on the frequency converter as a door panel for local control. Front view of LCT Display operation screen Settings panel configuration – user language selection – password processing – general settings Static screen elements The following information is always visible:, independent of the selected screen: – system status – indication of the current access level – menu bar for screen selection – control/indication of the actual setpoint Display LCT side view size of the connection point (WxHxD): 483x355x90 mm, weight: 7.3 kg © Copyright 2010 ABB. All rights reserved. Specifications are subject to change without notice. 3BHT490594R0001 Rev. A For more information, please contact: ABB Switzerland Ltd Medium Voltage Drive CH-5300 Turgi Tel:+41 58 589 27 95 Fax:+41 8 589 29 84 Example screen diagram (system overview) – simple and quick system overview – actual values, such as line and motor voltage, current, power, power factor, Frequency, etc. – configurable control button operation – six optional signals displayed as analog instruments – configurable control button parameters – read and set parameters – describe main parameters in selected languages – export and import functions of parameters – transient recorder – start and trip recorder records preselected signals (10 ms sampling rate) and trips (1 ms sampling rate maximum solute rating (1) exceeds working free air
Working with data
Temperature range (unless otherwise specified) Minimum and maximum unit input voltage VIN – 0.3 6 V VEN – 0.3 VIN+0.3 V working temperature, TA – 55 150 ° C junction temperature, Tj 150 ° C storage temperature, Ttg – 65 150 ° C (1) JEDEC document JEP155 stipulates that 500-V HBM allows the use of standard ESD control process for safe production. (2) JEDEC document JEP157 points out that 250-V CDM allows the use of standard ESD control processes for safe production. 7.2 ESD rating unit: V (ESD) Electrostatic discharge manikin (HBM), conforming to ANSI/ESD/JEDEC JS-001 (1) ± 1000 V charging equipment model (CDM), conforming to JEDEC specification JESD22-C101 (2) ± 250 7.3 Recommended operating conditions Minimum nominal maximum unit VIN power input voltage (IOUT=0 mA) REF6225 3 5.5 REF6230, REF6233, REF641, REF6245 VOUT+0.25 5.5 V REF6250 5.3 5.5 VEN enabling voltage 0 VIN V IL output current REF6225 REF6230, REF633, REF641 – 4 4 REF6245-3.5 3.5 mA REF6250-33 TA operating temperature 0 25 70 ° C (1) For more information about traditional and new thermal indicators, see the semiconductor and IC packaging thermal indicators application report. 7.4 Thermal information Thermal metering (1) REF62xx DGK (VSSOP) unit 8-pin R θ JA junction to ambient thermal resistance 158.5 ° C/W R θ JC (bottom) thermal resistance N/A ° C/W 5 REF6225, REF6230, REF633, REF641, REF62 45, REF6 250 SBOS748 – September 2016 Product folder link:
